The Most Expensive AV Decisions Are Often Made Before AV Is Involved

The camera has not been selected yet. Neither has the microphone, display, control system, or conferencing platform.

And some of the most important AV decisions may already have been made.

The table is specified. The ceiling is designed. Conduit is sized. Power is located. Lighting zones are set. Network drops are counted. Acoustical finishes may already have been value engineered.

None of those choices is technically an AV product. Every one of them can determine how well the finished system works, what it costs to install, and how easily it can evolve later.

By the time AV enters the conversation, the question can shift from, “What is the best way to design this space?” to, “What can we make work within the decisions already made?”

That is why early AV design coordination matters.

The goal is not to let technology dictate the building. It is to make sure the building does not quietly limit the technology before anyone notices.

What Is Early AV Design Coordination?

Early AV design coordination means identifying how audiovisual technology will interact with architecture, electrical systems, furniture, lighting, acoustics, networking, and other building systems while those elements can still be changed relatively easily.

It does not mean selecting every camera, microphone, speaker, or display at the beginning of a project.

At that stage, the more important questions are functional:

• What should people be able to do in this space?
• How will local and remote participants use it?
• What collaboration or presentation platforms must it support?
• What infrastructure will the technology require?
• Which room types should be standardized?
• How will systems be supported and upgraded after opening?

Answering those questions early gives architects, consultants, contractors, IT, facilities, furniture teams, and AV teams a common target before construction narrows the available options.

Why Early AV Coordination Is Really Risk Management

AV depends heavily on decisions made by other disciplines.

A camera needs the right sightline. A microphone needs an acoustic environment it can work with. A display needs appropriate wall structure, viewing distance, power, and cable pathways. A touch panel or cable cubby needs furniture that can accommodate it. Modern collaboration systems may also depend on network architecture, security policies, software platforms, and device-management standards.

When those dependencies are coordinated early, they are usually straightforward.

When they are discovered late, the project may face:

• Change orders
• Redesign
• Field modifications
• Added labor
• Schedule delays
• Reduced functionality
• Harder long-term maintenance

For project managers, facilities leaders, IT teams, and operations executives, early AV coordination is less about choosing technology and more about reducing avoidable project risk.

Seven Decisions That Can Limit AV Before Equipment Is Chosen

1. Architecture and Room Geometry

Room size, ceiling height, wall placement, glazing, columns, circulation paths, and seating orientation all affect AV design.

A visually impressive room can still create poor camera angles, limited display visibility, difficult loudspeaker coverage, or nowhere to place equipment cleanly.

For example, a glass wall may eliminate the best display location. A structural column may interrupt a sightline. A long, narrow room may make camera framing difficult.

Early coordination allows those conflicts to be solved while they still exist on drawings rather than after construction.

2. Furniture

Conference tables, lecterns, credenzas, and casework are part of the technology environment whether they are treated that way or not.

Table dimensions affect camera framing and microphone coverage. Bases can block cable pathways. Floor boxes can end up beneath table legs. Some furniture cannot accommodate power, connectivity, microphones, or control devices without modification.

This becomes especially important when organizations are developing repeatable room standards.

Before furniture is finalized, the project team should understand where technology will enter the furniture, how cables will be routed, and whether future components can be added without modifying finished pieces in the field.

3. Power

AV power requirements are often less about total electrical load and more about having power in the right places.

Systems may need it at displays, racks, floor boxes, tables, lecterns, ceiling devices, video walls, and specialty collaboration equipment.

If those needs are identified after walls are finished or concrete is poured, relatively simple requirements can become expensive changes or visible compromises.

Early electrical coordination helps ensure that AV power requirements are designed into the space rather than added wherever they can fit later.

4. Cable Pathways and Infrastructure

Pathways are easy to overlook because users never see them. They can also determine how easily a space can be installed, maintained, and upgraded.

Undersized conduit, missing sleeves, inaccessible floor boxes, limited cable tray, or difficult routes can increase labor today and restrict future options.

This matters because AV technology will change much faster than the building around it.

Displays, cameras, collaboration platforms, signal transport, and network-connected devices will evolve. Providing adequate pathways during construction can make those future changes significantly easier.

Sometimes the most valuable AV investment is not another device. It is infrastructure that keeps the building flexible.

5. Lighting

Lighting affects far more than the appearance of a room.

Poorly positioned fixtures can create shadows across faces. Strong daylight behind participants can make camera exposure difficult. High contrast between displays and the surrounding room can affect both in-person viewing and video.

Different room functions may also require different lighting conditions. A training room, boardroom, council chamber, or presentation space may need separate scenes for discussion, presentation, recording, or video meetings.

These issues are easier to solve when fixture placement, lighting zones, controls, and window treatments are still being planned.

6. Acoustics

A sophisticated microphone cannot fully compensate for a room with excessive reverberation, noisy mechanical systems, hard reflective surfaces, or poor sound isolation.

The room itself is part of the audio system.

That matters for basic speech intelligibility, but increasingly for transcription, voice identification, automated meeting notes, and other software capabilities that depend on clean audio capture.

If communication quality matters, acoustic goals should be established early enough to influence ceiling systems, wall finishes, partitions, mechanical noise, and other environmental conditions.

7. Network Design and IT Standards

Modern AV increasingly operates as part of the enterprise technology environment.

Collaboration endpoints, AV-over-IP systems, room scheduling platforms, digital signage, monitoring tools, control systems, and cloud-managed devices may depend on network architecture.

That can introduce requirements involving bandwidth, VLANs, multicast, quality of service, certificates, security policies, cloud connectivity, and device management.

Waiting until commissioning to involve IT can create avoidable delays even when the physical installation is complete.

Early coordination also helps prevent AV from becoming a separate technology island that is difficult for IT to secure, manage, monitor, and support.

What Late AV Involvement Usually Costs

Late AV involvement rarely creates one dramatic failure. More often, it creates a series of smaller compromises.

A display must move because the preferred wall lacks structural support.

A microphone strategy changes because the ceiling cannot accommodate the intended devices.

Surface raceway is added because cable pathways were never provided.

Furniture must be modified because power or connectivity was not coordinated.

Network configuration delays commissioning because security requirements surfaced too late.

Each issue may look manageable on its own. Across dozens of rooms or an entire facility, those compromises can add meaningful cost and inconsistency.

They can also affect more than the AV budget. They create additional coordination for contractors, pressure the schedule, complicate support, and leave users with rooms that do not perform as consistently as expected.

Standardizing Rooms Requires Standardizing Infrastructure

Organizations often focus on creating repeatable equipment standards for conference rooms, classrooms, and collaboration spaces.

That is only half of a standard.

A room cannot be truly repeatable if every location has different electrical conditions, furniture, pathways, network requirements, wall construction, or ceiling constraints.

A stronger room standard defines both the technology and the environment needed to support it.

That may include requirements for:

• Display mounting and wall structure
• Power and data locations
• Cable pathways
• Furniture interfaces
• Equipment locations
• Acoustic conditions
• Lighting considerations
• Network and security requirements

This makes it easier to deploy similar spaces across buildings or locations while simplifying training, support, maintenance, budgeting, and future refreshes.

What Should Be Decided Before the Design Is Locked?

Early AV planning should focus on requirements, not model numbers.

Before major architectural and infrastructure decisions are finalized, project teams should be able to answer questions such as:

What should the room actually do?

Will it support video meetings, presentations, collaboration, training, recording, streaming, or several use cases?

Who will use it?

Will users primarily be employees familiar with the space, or does the room need to work intuitively for guests and occasional users?

What platforms and standards must it support?

Does the organization standardize around Microsoft Teams, Zoom, Google Meet, Webex, or another platform? Does it require interoperability for external meetings?

What does the room need from the building?

Where will power, data, pathways, floor boxes, structural support, equipment, cameras, displays, and other devices need to go?

Could the environment limit performance?

Have lighting, acoustics, HVAC noise, glazing, room orientation, furniture, and sightlines been considered?

How will the room be supported?

Does IT need remote monitoring or centralized management? Where will equipment live? Can technicians reach it without disrupting the space?

How will the room change later?

Can technology be refreshed without opening finished walls, replacing furniture, or rebuilding infrastructure?

These are the decisions that belong in early design conversations.

When Should an AV Integrator Be Involved?

There is no single project phase that applies to every building, but the principle is simple:

AV should be represented before the decisions it depends on become difficult or expensive to change.

For a new building or major renovation, that may mean programming, schematic design, or design development.

For smaller renovations, the timeline may be shorter, but AV should ideally be involved before room layouts, furniture, power locations, pathways, lighting, and network requirements are finalized.

The integrator does not need to choose every piece of equipment that early.

The objective is to identify dependencies before they become constraints.

The Best Time to Save Money Is Before the Change Order

Project teams naturally spend a lot of time discussing AV equipment.

Which camera? Which display? Which microphone? Which conferencing platform?

Those decisions matter, but they happen within a physical environment that has already established many of the system's possibilities.

From our perspective, early AV involvement is not about adding scope. It is about protecting the scope the project already needs.

A well-coordinated design gives architects, consultants, contractors, IT, facilities, furniture teams, owners, and the AV integrator a shared understanding of how the space needs to work while there is still flexibility to make good decisions.

The equipment still matters.

But by the time equipment is selected, the room has already decided a surprising amount about what that equipment will be able to accomplish.

Frequently Asked Questions

Why should AV be involved early in building design?

Early AV involvement helps identify room-layout, furniture, power, pathway, lighting, acoustic, structural, and network requirements before construction decisions make them difficult or expensive to change.

At what stage should an AV integrator be involved?

AV input is most valuable before major architectural, electrical, furniture, lighting, and network decisions are finalized. For larger construction projects, this may be during programming, schematic design, or design development.

Does early AV involvement mean equipment needs to be selected immediately?

No. Early AV coordination should focus on functional requirements and infrastructure. Specific products can often be selected later once the project's needs and technology strategy are better defined.

Can good AV equipment compensate for poor acoustics, lighting, or room design?

Only to a point. Technology can compensate for some challenging conditions, but excessive reverberation, poor lighting, bad sightlines, mechanical noise, or missing infrastructure can permanently limit system performance.

Bring AV Into the Conversation Earlier

If you are planning a new facility, renovation, or repeatable room standard, the best time to uncover AV dependencies is while the project team still has options.

Level 3 Audiovisual works with owners, architects, consultants, IT teams, facilities leaders, contractors, and project teams to coordinate technology requirements with the spaces expected to support them.

The earlier those conversations happen, the easier it is to prevent small design decisions from becoming expensive field problems.